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A fuzzy logic based MPPT for 1MW standalone solar power plant

机译:基于模糊逻辑的1MW独立太阳能发电厂的MPPT

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摘要

Solar energy as clean, green and renewable energy is one of the most used resource of energy, but the capture of this energy is subjected to many losses. To overcome the losses in a solar power plant it is imperial to understand principal elements which constitute a solar power plant. In this paper, discussion of various problems affecting the efficiency of photovoltaic solar panels has been done, in addition some techniques for boosting the efficiency are proposed. In the interest of reducing pollution and promoting green energy, this paper designs a possible 1MW standalone solar power plant. In order to overcome the losses in solar photovoltaic system, a proposed solution for MPPT (Maximum Power Point Tracking) with an application of a Fuzzy Logic Controller to determine automatically the suitable duty cycle for a buck boost converter has been opted. The simulation is done using MATLAB/Simulink R2016a. This is a case study for feeding Frontier mining camp in D.R. Congo/Africa.
机译:太阳能作为清洁,绿色和可再生能源是使用最广泛的能源之一,但是这种能源的获取却遭受许多损失。为了克服太阳能发电厂的损失,必须了解构成太阳能发电厂的主要要素。在本文中,已经讨论了影响光伏太阳能电池板效率的各种问题,此外还提出了一些提高效率的技术。为了减少污染和促进绿色能源,本文设计了一个可能的1MW独立太阳能发电厂。为了克服太阳能光伏系统中的损失,已选择了针对MPPT(最大功率点跟踪)的拟议解决方案,该解决方案采用模糊逻辑控制器来自动确定降压/升压转换器的合适占空比。仿真是使用MATLAB / Simulink R2016a完成的。这是为D.R.刚果/非洲。

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